Klotz AC110 High-End Guitar Cable 100m Drum

Availability: Discontinued

SKU
544591
  • Klotz AC110 High-End Guitar Cable 100m Drum, ideal for use with guitars on stage or in the studio.
  • Be it on stage or in the studio, wherever maximum sound fidelity is the objective, Klotz' AC110 is the first choice.
  • Demanding instrumentalists will notice the difference at once, this top cable offers an extremely low capacitance.
  • Crispy and dominant high-frequency transmission at long distances on large stages.
Our price £149.94 £124.95

Klotz AC110 High-End Guitar Cable 100m Drum


KLOTZ AC110 guitar cable. Ideal for use with guitars on stage or in the studio.

Be it on stage or in the studio - wherever maximum sound fidelity is the objective, Klotz' AC110 is the first choice. Demanding instrumentalists will notice the difference at once, this top cable offers an extremely low capacitance.

Crispy and dominant high-frequency transmission at long distances on large stages even when pickups with lots of coils (i. e. high impedance) are used. Also brilliant is the thick sturdy jacket, the double screening and a thick foam PE insulation of the robust conductor.

 

Key Features:

  • 0.22 mm² conductor cross-section (AWG 24)
  • Triple shielding
  • Conductive plastic layer over conductor
  • Conductive plastic layer over the dielectric
  • Bare copper spiral shield
  • Ultra-low capacitance 65 pF/m (20 pF/ft)
More Information
Color Black
Choose Your Cable Length 100m
Choose Your Cable Colour Black
Specifications

Design

  • Construction: stranded bare copper, 7 x 0.20 mm
  • Cross-section: 0.22 mm²
  • Separating Layer: conductive plastic
  • Insulation: Foam-Skin polyolefin
  • Shield: conductive plastic layer
  • Shield: bare copper spiral shield
  • Outer Jacket: PVC, matt
  • Overall Diameter: 6.9 mm

Mechanics

  • Bending Radius: 40 mm
  • Working Temperature: -20°C / +70°C

Electric

  • Conductor Resistance: < 85 Ω/km
  • Capacitance/Shield: 65 pF/m
  • insulation Resistance: > 1 GΩ x km
Item Returns This item can be returned